luminescent effect 中文意思是什麼
luminescent effect
解釋
發光效應- luminescent : 發光的
- effect : n 1 結果。2 效能，效果，效力，效應，作用，功效；影響。3 感觸，印象；外觀，現象。4 旨趣，意義。5 ...
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In the paper, the preparation, photoluminescence mechanism and third - order nonlinear of porous silicon are mainly introduced. in the first chapter, a brief history, background, preparation and formation of porous silicon are provided and several effective luminescent models are also introduced as well. then the experiment results showed that the mechanism of the photoluminescence of porous silicon was ascribed to the co - effect of quantum confinement and the surface materials of porous silicon
第一章介紹了多孔硅的研究背景、研究意義、研究歷史以及制備方法和形成機制，並且介紹了幾種較有影響力的發光機制模型，然後提出我們的觀點：多孔硅的發光機制不能僅用某一種因素去解釋，應該綜合考慮各方面的影響，多孔硅發光是量子限域效應和表面態綜合作用的結果。 -
. water quality - determination of the inhibitory effect of water samples on the light emission of vibrio fischeri luminescent bacteria test - method using liquid - dried bacteria
水質.水樣品對fischeri弧菌光發射抑制效果的測定 -
. water quality - determination of the inhibitory effect of water samples on the light emission of vibrio fischeri luminescent bacteria test - method using freshly prepared bacteria
水質.水樣品對fischeri弧菌光發射的抑制效果的測定 -
In the process of study, by a lot of experiments for analyzing luminescent properties " affecting factors, such as concentration ce and tb h3bo : i, synthesizing temperature and temperature reserving time, reducing condition, etc, it gives out a good foundation for synthesizing ideal rare earths luminescent materials activated by ce and tb in aluminates strontium host. the study indicated that photoluminesent aluminates strontium power activated by ce, tb, in sral., 0, has a better luminescent effect. under the appropriate condition, srall. 0 ( that produce olivine light can be composed in 235nm or 365nm ul traviolet radiat ion act i vated by tbi07, al, > 0. i and srco : !
研究表明，鈰、鋱共激活鋁酸鍶基光致發光粉體發光效果比較好；將tb _ 4o _ 7 、 srco _ 3和a1 _ 2o _ 3為原料，在適當的條件下可以合成在235nm或365nm紫外光激發下發出較強綠光的sral _ 2o _ 4 ： （ tb ）發光粉；加入ceo _ 2合成sral _ 2o _ 4 ： （ ce ， tb ）可以增強sral _ 2o _ 4發光粉體的發光性能：在合咸溫度下保溫時間對合成樣品的發光效果有重要影響；隨實驗條件的改變可以制備出發紅、黃、綠色光的磷光體；通過x射線物相分析法對合成物的物相組成進行測定。
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